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README.md
Payload Library for the Packet Squirrel by Hak5
This repository contains payloads and extensions for the Hak5 Packet Squirrel, developed by the Hak5 Community.
Have a great payload? Submit it by forking the payload repository and submitting a pull request!A
Learn more about Github pull requests here or from the Hak5 Bash Bunny tutorial here.
Packet Squirrel Versions
The Packet Squirrel Mark II expands on the capabilities of the original Packet Squirrel, introducing new commands and more flexible networking configurations.
Payloads for the original Packet Squirrel can be found in the legacy-mk1 directory. These payloads may not work without modification on the Packet Squirrel Mark II.
About the Packet Squirrel
The Packet Squirrel Mark II by Hak5 is a stealthy pocket-sized man-in-the-middle.
This Ethernet multi-tool is designed to give you covert remote access, painless packet captures, and secure VPN connections with the flip of a switch.
Updating
If you've downloaded this repository via git, you can update to the latest versions of the payloads with git pull. If you downloaded as a zip or other file, please download the latest from github.
Disclaimer
Generally, payloads may execute commands on your device. As such, it is possible for a payload to damage your device. Payloads from this repository are provided AS-IS without warranty. While Hak5 makes a best effort to review payloads, there are no guarantees as to their effectiveness or safety. As with any script, you are advised to proceed with caution.
Legal
Payloads from this repository are provided for educational purposes only. Hak5 gear is intended for authorized auditing and security analysis purposes only where permitted subject to local and international laws where applicable. Users are solely responsible for compliance with all laws of their locality. Hak5 LLC and affiliates claim no responsibility for unauthorized or unlawful use.
Contributing
Once you have developed your payload, you are encouraged to contribute to this repository by submitting a Pull Request. Reviewed and Approved pull requests will add your payload to this repository, where they may be publicly available.
Please adhere to the following best practices and style guide when submitting a payload.
Hak5 reserves the right to modify payloads to meet the guidelines when necessary, or to decline to include a payload in the public repository.
Please ensure that any default configuration values do not point to actual services! Do not include your passwords or login information in submitted payloads!
Naming Conventions
Please give your payload a unique and descriptive name. Do not use spaces in payload names. Each payload should be placed into its own directory, with - or _ used in place of spaces, in one of the categories such as exfiltration, phishing, remote_access or recon. Please do not create your own category.
The payload itself should be named payload.
Additional files and documentation can be included in the payload directory. Documentation should be in README.md or README.txt.
Comments
Payloads should begin with comments specifying at the very least the name of the payload and author. Additional information such as a brief description, the target, any dependencies / prerequisites and the LED status used is helpful.
# Title: Meterpreter-via-SSH
# Description: Covert meterpreter shell via overt SSH connection
# Author: Zappus
# Version: 1.0
# Category: Remote-Access
# Net Mode: NAT
# Firmware: 1.2
#
# LED State Descriptions
# Magenta Solid - Configuring NETMODE
# LED OFF - Waiting for BUTTON
# Red Blink 2 Times - SSH Connection Failed
# Amber Blink 5 Times - SSH Connection Successful
# Red Blink 1 Time - Meterpreter Failed
# Cyan Blink 1 Time - Meterpreter Successful
Configuration Options
Configurable options should be specified in variables at the top of the payload.txt file
# Options
SSH_USER="username"
SSH_HOST="hostname"
MSF_PORT=31337
LED
The payload should use common payload states rather than unique color/pattern combinations when possible with an LED command preceding the Stage or NETMODE.
LED SETUP
NETMODE NAT
Common payload states include a SETUP, with may include a FAIL if certain conditions are not met. This is typically followed by either a single ATTACK or multiple STAGEs. More complex payloads may include a SPECIAL function to wait until certain conditions are met. Payloads commonly end with a CLEANUP phase, such as moving and deleting files or stopping services. A payload may FINISH when the objective is complete and the device is safe to eject or turn off. These common payload states correspond to LED states.